16results about How to "Implement integrated management" patented technology

The invention relates to the technical field of data processing and analysis, in particular to a three-dimensional model data management system and method for engineering surveying and mapping. The method comprises the following steps: acquiring engineering surveying and mapping data; preprocessing the engineering surveying and mapping data to obtain standard engineering surveying and mapping data; performing multi-dimensional feature recognition on the standard engineering surveying and mapping data to obtain multi-dimensional surveying and mapping feature data; performing key engineering surveying and mapping information extraction on the multi-dimensional surveying and mapping characteristic data to obtain key engineering surveying and mapping information; performing association analysis on the multi-dimensional surveying and mapping characteristic data and the key engineering surveying and mapping information to generate multi-dimensional engineering surveying and mapping associated data; monitoring the engineering surveying and mapping data in real time to obtain engineering surveying and mapping real-time monitoring data; through a data processing technology, a geographic information system technology and a three-dimensional mapping technology, integrated management of multi-source heterogeneous data is realized, and dynamic updating management of the data is realized, so that the presentation accuracy of the engineering surveying and mapping three-dimensional model is improved.

The invention relates to the technical field of unmanned aerial vehicle transportation, discloses a storage container for a diversified logistics unmanned aerial vehicle and an operation system of the storage container, and aims to solve the problems that in the existing unmanned aerial vehicle distribution technology, the design of the storage container is lack of flexibility, an effective cargo tracking and information identification means is lack, and the operation system is lack of a comprehensive and intelligent logistics management function. The storage container adopts a modular design, can be flexibly combined by standard modules, is suitable for goods of different types and sizes, and is provided with an RFID or two-dimensional code tag to realize goods tracking and information identification. The container is made of a light high-strength material, is internally provided with a shock pad and an anti-collision corner to protect goods, and is stably connected with the unmanned aerial vehicle through an electromagnetic locking device. The integrated intelligent operation system comprises a sensing layer, a control layer, a data processing layer, a decision-making layer and an application layer, efficient and intelligent logistics management is achieved, and complex and changeable logistics requirements are met.

The invention belongs to the technical field of structural engineering knowledge management, and relates to an aircraft typical structural member intelligent algorithm integration application platform which is associated with a knowledge base and a database of typical structural members and comprises an application end and a management end. The application end comprises a part type selection module, a positioning element selection and parameter input module, a model preview and installation module and a model evaluation scoring module; the management end comprises a design knowledge and data access module, an algorithm management module and a template management module; a designer can call an algorithm designed by an algorithm designer at any time to complete and verify the model in the process of designing the model, and an algorithm designer can verify and correct the algorithm through a newly designed model, so that dual optimization of the model and the algorithm is realized, and the algorithm design efficiency is improved. The design efficiency of typical structural parts and functional algorithms is effectively improved, resources are saved, and meanwhile integrated management of the functional algorithms and models is achieved.

The present invention discloses a dynamic simulation analysis method for the whole life cycle of high arch dam construction based on BIM visualization technology, which mainly includes: 1) establishing a BIM system with unified construction information and simulation information of high arch dam; 2) updating parameters in the simulation system according to the completed construction information, updating the construction simulation progress, generating a progress plan, optimizing the construction plan, and generating a visualization model of the re-predicted construction plan in the BIM system; 3) construction progress control: during the construction of phased projects, the BIM system is used to monitor the construction parameters in real time and compare them with the scheduled construction period; 4) after the phased project is completed, the BIM system is used to quickly generate a three-dimensional image of the results and update the predicted value. The present invention can effectively control the construction progress, supervise the construction quality, and ensure the construction efficiency.

The invention discloses an intelligent substation maintenance extension panoramic modeling online debugging system which comprises a distributed debugging platform, the distributed debugging platform is in butt joint with a plurality of sub-control units through a wireless communication module, the distributed debugging platform is used for sending debugging instructions to the sub-control units, and the invention relates to the technical field of intelligent substations. According to the intelligent substation maintenance extension panoramic modeling on-line debugging system, the sub-control unit is arranged close to the IED equipment end, communication with the IED equipment of various different communication protocols is established, and a communication result is transmitted to the distributed debugging platform through the same protocol channel; the intelligent on-line debugging of the IED equipment is realized in a manner of carrying out panoramic modeling on the newly-built substation while transmission on a plurality of IED equipment acquisition data lines in the newly-built substation is realized, the debugging workload is reduced, the power failure duration in the system access stage of the newly-built substation is effectively shortened, and the debugging efficiency is improved. And an effective support is provided for quickly putting a newly-built transformer substation system into use.

The invention relates to a security and protection integrated platform for urban rail transit. The security and protection integrated platform comprises various preset types of subsystems arranged at various stations of the urban rail transit, station centers in communication connection with the subsystems, and a line center for managing a plurality of station centers in a preset jurisdiction range, wherein the various preset types of subsystems comprise an intrusion alarm subsystem used for collecting data of monitored intelligent or non-intelligent equipment, a video monitoring subsystem, an electronic patrol subsystem, a security inspection detection subsystem and an entrance and exit control subsystem; and the station center and / or the line center are / is used for carrying out conjoint analysis on the data acquired by the subsystems of various preset types, identifying alarm information of various preset types of events, and starting corresponding emergency plans for various preset types of events.

This invention relates to a blower. The blower of this invention includes: a base; a housing disposed on the upper side of the base, having an inlet and an outlet; a rotating plate disposed on the lower side of the housing and rotatably disposed on the base; a wire, a portion of which protrudes to the outside of the base, and the remainder extending through the base to the upper side of the rotating plate; and a wire retainer fixedly disposed on the rotating plate, fixing one side of the wire extending from the inside of the base toward the upper side of the rotating plate; the base includes: a wire fixing protrusion fixing the other side of the wire extending from the outside into the inner space of the base; and a wire guide rib fixing the arrangement of a portion of the wire, which changes in its arrangement within the inner space of the base as the rotating plate moves.

The invention relates to the technical field of industrial internet, and particularly discloses a ship data association and integration method and device based on a one-code communication technology, and the method comprises the steps: taking ship equipment and parts as physical objects, and endowing each physical object with a unique one-code communication code; performing collection, association and integration on each one-code-pass code and the related codes endowed by each enterprise to form an association model; and performing interconnection and integrated management on the ship equipment and parts based on the correlation model. According to the method, physical objects such as ships and equipment are taken as the core, unified identification and unified metadata are constructed as the basis, data of scenes where all parties are located are collected and associated, and the corresponding relation of physical object classification models of all related parties is established by using the big data technology; unification of association dimensions of information managed by the same physical object in each link of a ship industry chain is realized, and a full-life-cycle data chain of physical objects such as ship equipment and a ship-centered data resource set are formed.

This utility model discloses a main clutch switch structure for harvesting machinery, including two contact groups. Each contact group includes a movable contact and a fixed contact. The fixed contacts are all fixed on the same insulating component. One set of fixed contacts is connected in series in the engine starting circuit to conduct when the clutch is disengaged, allowing starting. The other set of fixed contacts is connected to the input terminal of the vehicle display screen to output an alarm signal when the clutch is engaged. The two sets of movable contacts are mounted on the same movable plate, with the movable contacts and fixed contacts arranged opposite to each other. The movable plate moves through a movable mechanism.

A floor structure support negative reinforcement net module relates to the technical field of buildings and comprises an integrated stressed reinforcement group, a plurality of distributed reinforcements, a plurality of horizontal displacement resistant short reinforcements, end triangular support split heads, middle triangular support split heads, position marks and integrated management information. Compared with the prior art, the reinforcing steel bar binding device has the advantages of being capable of achieving integrated management of reinforcing steel bar information, reasonable in structural stress, good in stability, capable of being used for cast-in-place and assembly structures, free of construction procedures of supporting split heads, capable of improving the construction environment of reinforcing steel bar binding, capable of reducing the acceptance workload of a working face, and capable of improving construction quality and construction speed.

The present application provides an information processing method, comprising the following steps: obtaining the pending tasks of a third-party system and the unique code of the third-party system, and forming an association; grouping the pending tasks according to the approvers and storing them in a task pool; generating processing results according to the operations of the approvers; updating the task status of the pending tasks in the task pool according to the processing results; and synchronizing the task status to the corresponding third-party system based on the unique code. According to the information processing method of the present application, the pending tasks in multiple third-party systems can be integrated in a configurable manner. On the one hand, the pending tasks can be centralized to form a unified management model, improving the user experience and office efficiency of the approvers; on the other hand, there is no need to make a lot of modifications to the existing third-party systems, and the existing resources can be fully utilized to save costs.

The invention provides a smart home system and a smart home control method. The smart home system comprises a weak current device and a strong current device in communication connection with the weak current device. The weak current device is used for collecting data information of the strong current device, and the data information comprises attribute parameters of intelligent equipment connected with the strong current device and / or operation data of the strong current device; and the weak current device is used for controlling the strong current device based on a control operation input by a user. And integrated management of the heavy current device in a family can be realized. And secondly, centralized management and intelligent management of circuit breakers in families can be realized.

The invention discloses a network security comprehensive monitoring method, system and device and a storage medium, and belongs to the technical field of network security. A network security comprehensive monitoring method comprises the following steps: collecting log data of network security monitoring equipment, and carrying out standardization processing on the log data; setting a matching rule of warning information in the log data according to the type of the network security monitoring equipment; identifying a network security event and an emergency warning event by comparing the standardized log data with the matching rule; blocking a source address of an emergency warning event sent by the network security monitoring equipment, and distributing the warning information; wherein the standardization processing comprises the steps of establishing a data model for warning information processing, extracting core data of the warning information, and filling the core data into the data model.

The invention relates to the technical field of fused salt energy storage, and particularly discloses a renewable energy source integrated management system and method based on fused salt energy storage, and the system comprises a calculation module which is used for obtaining the environment parameters of a photovoltaic power station and a wind power plant, and determining the abandoned light and abandoned wind power of the photovoltaic power station and the wind power plant according to the environment parameters of the photovoltaic power station and the wind power plant; the energy storage module is used for heating the fused salt energy storage system according to the light abandoning and wind abandoning electric quantities, and determining the working efficiency of the fused salt energy storage system according to the heating temperature of the fused salt energy storage system; and the early warning module is used for performing energy storage early warning on the fused salt energy storage system according to the working efficiency of the fused salt energy storage system. According to the invention, the photovoltaic and wind power abandoned light and wind power quantity is received and transmitted to the fused salt energy storage system, the renewable energy sources are subjected to integrated management, the energy conversion rate of the renewable energy sources is improved, and the system can operate safely and stably by comprehensively evaluating the working efficiency and reliability of the fused salt energy storage system.

The invention belongs to the technical field of hydrogeological tests of engineering geological investigation, and particularly relates to a rock mass permeability coefficient in-situ testing device and method based on directional holes, and the method comprises the following steps: plugging a test section; acquiring pressure change data and flow information of the current test section in the drainage test process; acquiring pressure change data of the current test section after the water pressure is stable, and calculating underground water head height information above the test section in a stable pressure state; the drainage flow is adjusted to a preset flow value, and pressure change data and flow information of the test section in the drainage test process are obtained; calculating the height of an underground water head above the test section under the specific flow according to the pressure change data; the water level drop value of the underground water level in unit time is calculated, and a relation curve between the drainage test flow and the water level drop is drawn; and acquiring water pressure recovery process data. Therefore, the problem that parameters such as the in-situ permeability coefficient of the current rock mass are difficult to test and obtain is solved.